Projects from Dr. Matthias Fischer
VR@UPB: Etablierung eines zentralen VR-Teams an der Universit?t Paderborn
Duration: 11/2022 - 10/2026
Contact: Dr. Hoang Trang Tran-Thien
DigiChemLab
From September 2020 until the end of 2021, three international digital collaboration projects at Paderborn University are being funded by the DAAD’s new funding programme IVAC (International Virtual Academic Collaboration).The programme’s main objectives are the integration of digital collaboration formats in teaching and learning, the design of ...
Duration: 09/2020 - 12/2021
Resilience by Spontaneous Volunteers Networks for Coping with Emergencies and Disaster
This project deals with ad hoc networks in disaster scenarios. The project is part of the project "RESIlienz durch Helfernetzwerke zur BEw?ltigung von KriSen und Katastrophen" (Resilience by Spontaneous Volunteers Networks for Coping with Emergencies and Disaster), funded by the Federal Ministry of Education and Research (BMBF).
Duration: 02/2016 - 04/2019
SPP 1307 - Algorithm Engineering for Problems in Computer Graphics (Subproject)
This project deals with algorithm engineering problems of computer graphics. It covers the issue of modelling graphics hardware and 3D-scenes as well as the development, analysis, implementation and experimental evaluation of rendering algorithms. The project is part of the research cluster Algorithm Engineering and is funded by the German Research ...
Duration: 01/2007 - 12/2010
Contact: Dr. Matthias Fischer
Interactive Model Modification, Synchronized Analysis and 3D Visualization of Parallel Discrete Event Simulation (AVIPASIA)
This research project deals with modeling of manufacturing systems, discrete event simulation, data structures and algorithms for parallel simulation computation and visualization. The objective is the synchronized analysis and 3D visualization of parallel discrete event simulation runs. In which models can be created and modified interactively ...
Duration: 01/2007 - 12/2010
Contact: Dr. Matthias Fischer
Automatic generation of landscapes based on road data
For virtual simulation environments, it is often necessary to create large, complex 3D landscapes. The manual creation ofsuch landscapes is often very time consuming and expensive. In cooperation with dSPACE GmbH by the Software InnovationLab of Paderborn University, we develop methods for automatically generating landscapes for driving ...
Duration: 01/1999 - 01/1999
Contact: Sascha Brandt, Dr. Matthias Fischer